DIALux Lighting Simulation Reports for Solar Street Lighting Projects

Engineering-Grade Lighting Validation

DIALux is the industry-standard software for professional light planning. Anern provides complimentary simulation reports to help infrastructure developers and EPC contractors visualize lighting outcomes before procurement. We analyze your specific site geometry to guarantee compliance with international lighting standards (EN 13201 / IESNA).

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Precise Calculation

IES files processed to determine exact lux levels and uniformity.
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3D Visualization

Realistic renderings of road surfaces, sidewalks, and intersections.

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Why Request a Professional Simulation?

Eliminate project risks and optimize infrastructure budgets through technical data verification.

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Verify Feasibility

Ensure your chosen solar street light provides enough lux for the specific road class.

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Improve Uniformity

Avoid dark spots between poles by optimizing spacing based on photometric curves.

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Support Tenders

Detailed PDF reports provide the technical proof required for government tenders.

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Optimize Before Production

Identify the perfect wattage and lens angle before manufacturing your order.

Technical Performance Matrix

Product / Report	Application	Layout Parameters	Lighting Result	Recommended Use
AN-SL-F 100W	Municipal Highway	35m Spacing, 10m Pole	15.5 Lux / Uo 0.42	ME4a Main Roads
AN-ISL-A 80W	Residential Street	30m Spacing, 8m Pole	10.2 Lux / Uo 0.40	S3 Residential Area
AN-SL-Z 150W	Industrial Park	40m Spacing, 12m Pole	22.4 Lux / Uo 0.45	ME3a Arterial Roads
AN-BSS 60W	Public Park/Path	25m Spacing, 6m Pole	8.5 Lux / Uo 0.38	P4 Pedestrian Paths
AN-SL-K 120W	Rural Road	32m Spacing, 9m Pole	12.8 Lux / Uo 0.41	S2 Rural Highway
AN-ISL-C 100W	Expressway Ramp	28m Spacing, 10m Pole	28.1 Lux / Uo 0.48	ME2 Major Interchange

Simulation Case Studies

ME4a Met

AN-SL-F 100W Highway Project

Pole Height

10 Meters

Spacing

35 Meters

S3 Compliant

AN-ISL-A 80W Residential

Pole Height

8 Meters

Spacing

30 Meters

ME3a Met

AN-SL-Z 150W Port Area

Pole Height

12 Meters

Spacing

40 Meters

Required Technical Parameters

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Road Width

Cross-section geometry

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Number of Lanes

Traffic capacity

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Pole Distance

Inter-distance (m)

height

Mounting Height

Light source elevation

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Overhang

Luminaire position

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Boom Angle

Tilt degree

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Luminaire Luminous Flux

Total lumen output

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Light Loss Factor

Maintenance factor

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Lighting Class

ME / S standards

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Average Luminance / Illuminance

Eav / Lav levels

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Uniformity

Uo / Ul ratios

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Threshold Increment

Glare evaluation

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Surround Ratio

Peripheral lighting

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3D Rendering

Spatial visualization

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False Color Rendering

Intensity mapping

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Value Chart

Point-by-point data

Design Optimization Strategies

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Uniformity Issue

Dark patches occur when pole spacing exceeds the beam spread of the luminaire lens. This creates dangerous visual fatigue for drivers.

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Anern Optimization

Adjusted T-II or T-III lens distribution to elongate the light footprint along the road axis.

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Wide Road Coverage

Single-side lighting on dual-carriageway roads often fails to reach the far lane, leading to non-compliance with ME lighting classes.

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Anern Optimization

Simulating staggered or double-sided layouts to ensure 100% road coverage and brightness.

Simulation Workflow

1

Requirements

2

Review

3

Simulation

4

Optimization

5

Documentation

6

Delivery

Need a DIALux Report?

Send your project specifications today. Our engineering team will provide a comprehensive lighting analysis within 48 hours to help you move forward with confidence.

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Expert Consultation

Direct access to Anern senior lighting engineers.

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Standard Compliant Reports

Reports ready for insertion into technical bid documents.

Frequently Asked Questions

1. What is a DIALux report for solar street lighting? expand_more

A DIALux report is a lighting simulation document used to evaluate whether a solar street light layout can meet project requirements such as brightness, uniformity, glare control, pole spacing, and lighting class performance.

2. Can Anern provide DIALux simulation for road lighting projects? expand_more

Yes. Anern can provide DIALux lighting simulation support for municipal roads, rural roads, highways, parking lots, industrial parks, public infrastructure, and government solar street lighting projects.

3. What information is needed to prepare a DIALux report? expand_more

Usually, project information such as road width, road length, number of lanes, pole height, pole spacing, installation layout, target lighting class, and selected solar street light model is required.

4. Does a higher wattage always mean better lighting performance? expand_more

No. Lighting performance depends on road width, pole height, spacing, optical distribution, mounting angle, and layout. DIALux simulation helps verify whether the selected wattage and layout are suitable.

5. Can DIALux reports help with government tenders? expand_more

Yes. DIALux reports can support project documentation by providing lighting calculation data, simulation results, and layout verification for EPC contractors, municipal projects, and government bidding requirements.

6. What happens if a simulation does not meet the target lighting class? expand_more

The layout can be optimized by reducing pole spacing, changing the installation arrangement, adjusting optical distribution, increasing mounting height, or selecting another suitable wattage.